Abstract
Selected physical, chemical, and biological characteristics of soils in mechanically damaged North Queensland mangrove forests were examined and compared with undisturbed controls. Soils in nine forests were tested in a factorial sampling programme designed to examine effects of (i) severity of mechanical damage to forests (severely damaged: trees removed and soils disrupted by bulldozing; versus damaged: trees felled no bulldozing; versus controls: trees and soils undisturbed), (ii) soil depth, (iii) forests (10s–100s km apart), and (iv) sites within forests (10s–100s m apart). Characteristics examined were soil compaction, grain size, pH, percent by weight of total C, N, P, K, S, and Fe and the density of crab burrows. Three of the 10 variables examined: total N, total P, and density of crab holes, decreased with mechanical damage to forests. The loss of potentially-limiting nutrients and of an important bioturbator at severely damaged sites suggests the need for further experimental investigation of soil characteristics with respect to natural regeneration and efforts of mangrove restoration.
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